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3

Time dilation with respect to a far away observer tends to infinity as you get close to the event horizon. $$dt = {1 \over \sqrt{1- {r_s \over r}} }d\tau$$ Here $t$ is the time of a far away observer, $\tau$ is the time of an observer that hovers above the black hole at distance $r$, while $r_s$ is the Schwarzshild radius.

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Time dilation is dependent on Two ways SPEED Gravity And is variable... In regards to speed, the faster acceleration determines perceptable time movement.

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Gravitational effects affect everything equally, even the gravitational field itself. Time dilation isn't an absolute thing; it's just a way of saying that the elapsed time on one clock is different from the elapsed time on another clock, and the details vary from experiment to experiment. But if you want to say that time dilation is real, then gravity is ...

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